At St. Stephen’s Episcopal School in Bradenton, Florida, the newly constructed STEAM Center aimed to provide an innovative learning environment for students. However, the open layout and modern design posed significant acoustic challenges. To address these issues, Commercial Acoustics collaborated with Willis Smith Construction to implement a comprehensive acoustic design education acoustic treatment plan that would enhance speech clarity and reduce distractions.
The existing conditions of the STEAM Center included high exposed ceilings, grid tile, and mixed mechanical systems, which contributed to excessive echo and poor speech intelligibility. Large zones with minimal acoustic dampening allowed sound to bounce between students and instructors, creating confusion and distraction. Recognizing the need for a solution that maintained the center’s architectural integrity, Commercial Acoustics proposed a layered, performance-based acoustic design strategy.
The first step in the acoustic treatment was the installation of high-performance ceiling tiles in standard classroom zones, science labs, and faculty spaces. Armstrong Dune 2’×2’ ceiling tiles were chosen for their high Noise Reduction Coefficient (NRC) ratings and clean visual texture. These tiles provided broad absorption across the entire space while blending seamlessly into the design language. The system allowed access to above-ceiling utilities and aligned with mechanical and lighting systems without rework.
In larger, AV-intensive rooms such as media production labs and collaborative maker areas, Commercial Acoustics installed ceiling-mounted MBI Spectrum panels. These panels were strategically placed to catch reflections from screens, glass walls, and hard furniture, which commonly degrade clarity in active learning spaces. The panels offered high absorption in critical speech frequencies and were robust enough to withstand daily use in active education environments. Their visual simplicity helped maintain a clean ceiling design while their placement significantly improved both spoken word clarity and background noise control.
A standout feature of the acoustic treatment was the installation of a full-height stretched fabric wall system in one of the facility’s main instructional zones. This floor-to-ceiling treatment provided broad frequency absorption, particularly in the low end where ceiling systems are less effective. The continuous coverage eliminated flutter echo and offered a clear sound path between instructor and student without disruption or reflective interference. The fabric system was integrated alongside millwork and AV components using a custom track layout, resulting in a finished wall that performed at the highest acoustic standard while complementing the architecture.
Coordination with Willis Smith Construction was critical to the success of the project. The installation was timed to begin after ceiling framing but before audiovisual systems were mounted, allowing seamless integration with lighting, ductwork, and fire suppression systems. Every product was sequenced to avoid conflicts with other trades, while still maintaining visual consistency and acoustic performance.
The outcome was a significant enhancement in the office’s acoustic environment. Employees reported a noticeable reduction in background noise, leading to fewer distractions and improved focus. The sound masking system effectively mitigated the carryover of conversations between work zones, conference rooms, and executive offices, fostering a more productive and comfortable workspace.
This project underscores the importance of considering acoustics in office design, particularly in high-end environments where aesthetics and functionality must coexist. By addressing acoustic challenges early in the design process and implementing tailored solutions, businesses can create workspaces that support both collaboration and privacy.
For companies planning office renovations or new builds, integrating sound masking systems can be a cost-effective strategy to enhance acoustic comfort without compromising design. Partnering with experienced acoustical consultants ensures that the chosen solutions align with both functional requirements and aesthetic goals, resulting in workspaces that are both beautiful and acoustically balanced.
In conclusion, the Third Lake Partners’ headquarters renovation exemplifies how thoughtful acoustic design can transform an office environment, making it a more conducive space for focused work and confidential discussions.